System Motor Driver IC for Half Height Drive (3 Sensors)

Function ・ The spindle driver and the SLED / SA driver can highly effective drive with PWM drive system. ・ The actuator driver and the loading driver are liner BTL drive system and are achieving a low noise power.

文件：1.14975 Mbytes 页数：19 Pages

ROHM

罗姆

System Motor Driver IC for Half Height Drive (3 Sensors)

Function ・ The spindle driver and the SLED / SA driver can highly effective drive with PWM drive system. ・ The actuator driver and the loading driver are liner BTL drive system and are achieving a low noise power.

文件：1.14975 Mbytes 页数：19 Pages

ROHM

罗姆

9ch Power Driver for CD-ROM,DVD-ROM

Function\n・ The spindle driver and the SLED / SA driver can highly effective drive with PWM drive system.\n・ The actuator driver and the loading driver are liner BTL drive system and are achieving a low noise power.

ROHM

罗姆

3.125Gb/s CML Limiting Amplifier with LOS Detect

General Description The VSC7959 is a single supply limiting amplifier with Loss of Signal (LOS) detect for SONET/SDH and Fibre Channel applications up to 3.125Gb/s. The VSC7959 provides a constant output signal swing for a wide range of input voltages and has Current-Mode Logic (CML) outputs. The

文件：96.41 Kbytes 页数：10 Pages

VITESSE

3.125Gb/s CML Limiting Amplifier with LOS Detect

General Description The VSC7959 is a single supply limiting amplifier with Loss of Signal (LOS) detect for SONET/SDH and Fibre Channel applications up to 3.125Gb/s. The VSC7959 provides a constant output signal swing for a wide range of input voltages and has Current-Mode Logic (CML) outputs. The

文件：96.41 Kbytes 页数：10 Pages

VITESSE

3.125Gb/s CML Limiting Amplifier with LOS Detect

General Description The VSC7959 is a single supply limiting amplifier with Loss of Signal (LOS) detect for SONET/SDH and Fibre Channel applications up to 3.125Gb/s. The VSC7959 provides a constant output signal swing for a wide range of input voltages and has Current-Mode Logic (CML) outputs. The

文件：96.41 Kbytes 页数：10 Pages

VITESSE